GDB1 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	GDB1
Entrez Gene ID	3647409
Full Name	bifunctional 4-alpha-glucanotransferase/amylo-alpha-1,6-glucosidase
Synonyms	CaO19.744
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_705899.1	XP_710991.1	bifunctional 4-alpha-glucanotransferase/amylo-alpha-1,6-glucosidase

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Assembly of a phased diploid Candida albicans genome facilitates allele-specific measurements and provides a simple model for repeat and indel structure.
Muzzey D, Schwartz K, Weissman JS, Sherlock G
Genome biology14(9)R97(2013)

Assembly of the Candida albicans genome into sixteen supercontigs aligned on the eight chromosomes.
van het Hoog M, Rast TJ, Martchenko M, Grindle S, Dignard D, Hogues H, Cuomo C, Berriman M, Scherer S, Magee BB, Whiteway M, Chibana H, Nantel A, Magee PT
Genome biology8(4)R52(2007)

The diploid genome sequence of Candida albicans.
Jones T, Federspiel NA, Chibana H, Dungan J, Kalman S, Magee BB, Newport G, Thorstenson YR, Agabian N, Magee PT, Davis RW, Scherer S
Proceedings of the National Academy of Sciences of the United States of America101(19)7329-34(2004 May)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following GDB1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GDB1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OCg08112	XM_705899.1 Latest version!	Candida albicans SC5314 bifunctional 4-alpha-glucanotransferase/amylo-alpha-1,6-glucosidase (GDB1), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

GDB1 ( XM_705899.1 ) cDNA ORF clone, Candida albicans SC5314 -> XP_710991.1 Candida albicans SC5314 bifunctional 4-alpha-glucanotransferase/amylo-alpha-1,6-glucosidase (GDB1), partial mRNA.

Price & Availability↑

CloneID	OCg08112
Clone ID Related Accession (Same CDS sequence)	XM_705899.1
Accession Version	XM_705899.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1522684800000
Organism	Candida albicans SC5314
Product	bifunctional 4-alpha-glucanotransferase/amylo-alpha-1,6-glucosidase
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_032092). ##Genome-Annotation-Data-START## Annotation Provider :: CGD Annotation Status :: Full annotation Annotation Version :: A22-s07-m01-r01 URL :: http://www.candidagenome.org/ ##Genome-Annotation-Data-END## COMPLETENESS: incomplete on both ends.

ATGTCCGAAG CACGTACTGT TTTATTTCGA TTATCCAATC TAGGTGAGCC GGTCAATAAT 
GAGAATATTG CTAATGGAGT GTTGATTTTA CCAGTAGTAG AATTACCATC AAATTATAAA 
CCGGGTGATG CTTTATTCCA GCTTAGATTT CAATTAAATG CTGCTAGTAA AGTATCAAGA 
AATGGGACTT TATACACTAA TGTGCCCTCA AAGTATGAAC AAGATTTTGA TAGAAACACT 
CATTACCAAT ATCCAATTAA ATCGTCGTTT CATGAAGATA TTACAATTAC TGTTCCAATT 
TATAAACCAG GTAGTTATAA CTATTATATT GAATATGATG ATGAAGAAGA TAATAAAAAA 
ACCACTGAAA AATATTACTT TAATGTCCCG CCAAATTTGA CTATCAATGG TAAATTTGTT 
CCATTCAATA ATATCAATGT TGAGACCGTG GTTTCCAAGT GGATTGGTCC TTATGAAAAC 
TGGGACAAGT TTTTCAAGAT TGTGGCACAA AAGGGGTATA ATATGATCCA TTTCACTCCA 
TTACAAGAAC GTGGTGAATC CGATTCCCCT TATTCGATTT ATGATCAATT GAAGTTTGAC 
CCGAAGATTT TCCCTGGCAG TGATAAAGAT GCTATACAAA AAATCCATAA AGTGTTAAAC 
GATAACCAAT TGTTGTCATT AACCGATGTC GTTTGGAATC ATACTGCCAA TAATTCTGAA 
TGGTTGAGAG AACACCCAGA TTCAGGTTAC AATGCTACTA CTGCCCCTCA TTTGATTCCA 
GCAATTGAAT TAGATGAGGC ATTGTTGGAG TTTTCCCACA GTTTGCAAGA ATTAGGTTTA 
CCAACAGTCC TTGAATCAGA AGCAGATTTA CAAAAAGTCA TGGACGGTAT TCAAACTCAC 
GTGTTGGATA AATTAAAATT ATGGGAATAT TATGTTTTCA ATAAAAGACA AACAATCGTT 
GACTTGGAAA AATCTTTTAA TGACAATAAG AACAATATCA ATAAAATCCA AATTCCTAAT 
GATGTCGACT CTCAAGATTT GAAACAATTG AGTGATTATG TTTTAAAAGT GGCCAATATC 
AATCCAACAC CTATTATAGG CGACAGATTT GCCAACAAGT TGAATGTTGA TAAATTTTTA 
GGGGTTTTAT TTACAGTATT TGATAACAAT GTTGAATTTG AAACCATTGC CAACAGGGCT 
GAAGAGATTA TTGATGAGAT AAATAGTGAT TTGTATGCTG CATTTGATGA TGATACCAAT 
AGTATCAAAC AACAAGTTGC CGATCGTATC AAATATTTGA GATTGGCTGA TAATGGGCCC 
AAATTAGGTG AAATCACTGA TAAATCACCA TTGACTGAAC CATATTTCAC CAGATTCACC 
GATGTTAATG GTAAAAAACA AGCTTTAGCC AATAATGGTT GGATTTGGGG AGGTAATCCA 
TTAGTTGATT TTGCTTCAAA TAAATCAAAG GCATATATTC GTCGAGAAGT TATTGTTTGG 
GGTGATTGTG TCAAATTGAG ATATGGTGAG AAATTTGAAG ACTCACCAGA AACATGGAAA 
CGTATGATTG AATATACTCA ATTGTCTGCC AAGACTTTCA ATGGGTTTAG AATTGACAAT 
TGTCATAGTA CCCCATTACA CGTTGGTGAA AGATTATTAG ATGAAGCAAG AAAAGTTAAT 
CCTAATCTTT ATGTCATTGC TGAATTGTTT AGTGGTTCTG AAGAAATGGA TAAAATTTTT 
GTCGAAAGAT TAGGGATCAA TTCATTGATT AGAGAAGCAA TGCAAGCATG GAGTGTAGGT 
GAATTATCTC GTTTAGTTCA TAAACATGGT GGTAGACCAA TTGGTTCGTT GACTTGGTTA 
CCATTAGATG ATTTCACTTA TCCTGCTGCT AATGAACCAG TCAAGGATAA ATTCATTGAT 
GGATATACCG AATTGGAAAT TCCTAAAGTG TTAACCTGTC AAGCTCCTCA TGCAATTTTC 
ATGGATTGTA CTCATGATAA TGAAATGCCA GCACAAAAGC GAACTGTTGA AGATACATTA 
CCTAATGCGG CATTAGTAGC ATTTTGTTCG TCGGCTATTG GGTCAGTTTT TGGTTACGAT 
GAATGTTATC CTAAATTGTT GAATGTTGTC AGTGAAACCA GACATTATGA TCTTGATAGT 
GATAATGGTA TTGGTAAGGT TAAAGCCAAA TTGAATAAAA TTAGAGATGA TCTTGTTCAA 
GAAAGTGAGG ACGTCACCCG TGATCATGAA ATGTATATTC ATCATGAAGG ACAATATATC 
ACTATTCAAA GATATAATGC AAGAACAGGT AACGGTTGGT TTTTAATTGC CAGAAGCAAA 
TTTTCTGATC ATGAGTCTGC CCAAGGCTTA TCACCATCAA TCCTTGGTGG CACTAAAGTG 
AAACATCAAT TTAGTTACAG TTTGATAAGA CAACCAGGTG ATTATGAATC ACAACAAGAT 
AAATTGACAG GTATTCCTGT ACAAGTTGAA GCTATTCAAA GTCCATCGAT CGAATACACT 
GATGATGGTG ATTCAATAAT TACTATTGAT GAAGCCTCGT TCATTCCTGG ATCTATTGCT 
GTTTTCTCCA CTGAAATTCC CGGAGTTGAT GTGAAATTAG ACAATTTTGT GAAACAAGGA 
GCCATTGAAG CATCGATTGG GTTAGATTTA TACGATTTGA ATGCCTTATT ATATCGTGCT 
TCCACTGAAG AATTGGATGC TAGTAATGGC AAAGATGATG TTTATGATAT TCCAGGGTAT 
GGAAGATTGA CATATGCTGG ATTGGAAGGT TGGAATACAG CATTGAAACA TGTCATTTGG 
CAAAATAATT TGGGTCATGC AATCTGTGAT CATTTACGAA ATGGTGATTG GGCTTTTGAT 
TATGTGGTTA ATCGATTAGA TAAATATGCC GCCAAACTGG AAAACTTATC AAAATTCCAA 
GATTGGTTAC GCTCTCGATT TGATGCTGTT AAAAAGAGCA AAGCGCCATA TTTCTTACGA 
CCACATTATT TTGCTCTTAT TATGGGTATT GCTTATGAAG CAGCCAGATT TAGAGTTATT 
AGACAAATGA GTGATGGAAT TAAAGTGGCT ACTAATTTTG TTCAAAGTCT TGCTCTCACA 
TCGGTGCAAA TGGTGGGGTA TATGCAAAAC ACTTCTTTAG TACCAGACAA ACAAGTGCCA 
TGTATGGCCG CTGGGTTACC TCATTTCAGT AATGATTATA TGAGATGCTG GGGTAGAGAT 
GTTTTCATTG CCTTTAGAGG GTTATTAATT GTCACTGGAA GATATGATGA TGCCAAACAA 
CATATTTTAG GATTTGCCAA GACTTTGAAA CATGGGTTAA TTCCTAATTT ATTGGATGCT 
GGACGTAATC CTCGTTATAA TGCTAGAGAT GCAGCATGGT TTTTCTTACA AGCGATTCAA 
GAATATGTTA CTTATGCTCC TAATGGTATT GATATTTTGG ATGAAAAAGT CACTCGTAGA 
TTCCCATTGG ATGATACTTA TATTCCAGTT GATGATCCCC AAGCTTTCAG TTATGAATCT 
TCCATTAGAG AAATCATTTA TGAAATTTTA TCACGTCATG CTAAAGGTAT TAAATACCGT 
GAAGCCAATG CAGGACCAAA TTTGGATTCA CAAATGAGAG ATGAAGGGTT CAATGTTGAA 
GTTGGAGTTG ATTGGACCAA TGGGTTAATC TATGGTGGTA ATCAATTCAA TTGTGGTACT 
TGGATGGATA AAATGGGTGA AAGTGAAAAA GCTCACAATA AAGGTATCCC AGGGACTCCA 
CGTGATGGAT CAGCAATTGA AATTCAAGGG TTATTGAAGA GTGCATTAAG ATTTGTTAAT 
AAATTACACA AACAAGGTAA ATTTGAATAT ACTAAAGTTA CCAAACCTGA TGGCTCTACT 
ATTTCGTTAG AAGATTGGGA ATCATTACTT GCTGAAAATT TTGAAAAACA TTATTATGTT 
CCTAAAGATC CCCAACAAGA TGATCAATAT GTTATTGATC CATCAATTGT TAATAGAAGA 
GGAATTTATA AAGATTTGTA TAATTCAGGA AAACCATTTG AAGATTATCA ATTACGACCA 
AATTTTGCTA TTGCCATGTG TGTTGCCCCT GAATTATTCA CTCCAGAAAA AGCTCTTGGT 
GCCATTATAA TTGCTGATAA AGCTATTCGA GGACCTATTG GTATGAGAAC ATTGGATCCA 
TCTGATTGGA ATTATCGACC ATATTATGAA AATTCCATTG ATAATGATGA TTTTGCTACT 
TCAAAAGGTA GAAATTATCA TCAAGGACCA GAATGGGTTT GGAATACTGG ATATTTCTTA 
AGAGCATTTT TATTATTCCA TCATTTAGAA GAAGAATCCA GCAAAGCATC TTCATCACTG 
CCATCGATTA AGATTTTGAC ATTATTGAAT GATAGATTAC AAGGACATAT AAAATGGATT 
AAAGAAAGTC CATGGAATGG ATTAACTGAA TTGACTAATA AAGATGGATC ATATTGTCAA 
GATTCAAGTC CTACTCAAGC ATGGAGTGGT AGTTGTTTAT TAGATTTATA TTATGATCTT 
TGGAATGATA AACATTTTCA ATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_710991.1
CDS	1..4584
Translation	MSEARTVLFRLSNLGEPVNNENIANGVLILPVVELPSNYKPGDALFQLRFQLNAASKVSRNGTLYTNVPSKYEQDFDRNTHYQYPIKSSFHEDITITVPIYKPGSYNYYIEYDDEEDNKKTTEKYYFNVPPNLTINGKFVPFNNINVETVVSKWIGPYENWDKFFKIVAQKGYNMIHFTPLQERGESDSPYSIYDQLKFDPKIFPGSDKDAIQKIHKVLNDNQLLSLTDVVWNHTANNSEWLREHPDSGYNATTAPHLIPAIELDEALLEFSHSLQELGLPTVLESEADLQKVMDGIQTHVLDKLKLWEYYVFNKRQTIVDLEKSFNDNKNNINKIQIPNDVDSQDLKQLSDYVLKVANINPTPIIGDRFANKLNVDKFLGVLFTVFDNNVEFETIANRAEEIIDEINSDLYAAFDDDTNSIKQQVADRIKYLRLADNGPKLGEITDKSPLTEPYFTRFTDVNGKKQALANNGWIWGGNPLVDFASNKSKAYIRREVIVWGDCVKLRYGEKFEDSPETWKRMIEYTQLSAKTFNGFRIDNCHSTPLHVGERLLDEARKVNPNLYVIAELFSGSEEMDKIFVERLGINSLIREAMQAWSVGELSRLVHKHGGRPIGSLTWLPLDDFTYPAANEPVKDKFIDGYTELEIPKVLTCQAPHAIFMDCTHDNEMPAQKRTVEDTLPNAALVAFCSSAIGSVFGYDECYPKLLNVVSETRHYDLDSDNGIGKVKAKLNKIRDDLVQESEDVTRDHEMYIHHEGQYITIQRYNARTGNGWFLIARSKFSDHESAQGLSPSILGGTKVKHQFSYSLIRQPGDYESQQDKLTGIPVQVEAIQSPSIEYTDDGDSIITIDEASFIPGSIAVFSTEIPGVDVKLDNFVKQGAIEASIGLDLYDLNALLYRASTEELDASNGKDDVYDIPGYGRLTYAGLEGWNTALKHVIWQNNLGHAICDHLRNGDWAFDYVVNRLDKYAAKLENLSKFQDWLRSRFDAVKKSKAPYFLRPHYFALIMGIAYEAARFRVIRQMSDGIKVATNFVQSLALTSVQMVGYMQNTSLVPDKQVPCMAAGLPHFSNDYMRCWGRDVFIAFRGLLIVTGRYDDAKQHILGFAKTLKHGLIPNLLDAGRNPRYNARDAAWFFLQAIQEYVTYAPNGIDILDEKVTRRFPLDDTYIPVDDPQAFSYESSIREIIYEILSRHAKGIKYREANAGPNLDSQMRDEGFNVEVGVDWTNGLIYGGNQFNCGTWMDKMGESEKAHNKGIPGTPRDGSAIEIQGLLKSALRFVNKLHKQGKFEYTKVTKPDGSTISLEDWESLLAENFEKHYYVPKDPQQDDQYVIDPSIVNRRGIYKDLYNSGKPFEDYQLRPNFAIAMCVAPELFTPEKALGAIIIADKAIRGPIGMRTLDPSDWNYRPYYENSIDNDDFATSKGRNYHQGPEWVWNTGYFLRAFLLFHHLEEESSKASSSLPSIKILTLLNDRLQGHIKWIKESPWNGLTELTNKDGSYCQDSSPTQAWSGSCLLDLYYDLWNDKHFQ

Target ORF information:

RefSeq Version	XM_705899.1
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 bifunctional 4-alpha-glucanotransferase/amylo-alpha-1,6-glucosidase (GDB1), partial mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_705899.1

ORF Insert Sequence:

ATGTCCGAAG CACGTACTGT TTTATTTCGA TTATCCAATC TAGGTGAGCC GGTCAATAAT 
GAGAATATTG CTAATGGAGT GTTGATTTTA CCAGTAGTAG AATTACCATC AAATTATAAA 
CCGGGTGATG CTTTATTCCA GCTTAGATTT CAATTAAATG CTGCTAGTAA AGTATCAAGA 
AATGGGACTT TATACACTAA TGTGCCCTCA AAGTATGAAC AAGATTTTGA TAGAAACACT 
CATTACCAAT ATCCAATTAA ATCGTCGTTT CATGAAGATA TTACAATTAC TGTTCCAATT 
TATAAACCAG GTAGTTATAA CTATTATATT GAATATGATG ATGAAGAAGA TAATAAAAAA 
ACCACTGAAA AATATTACTT TAATGTCCCG CCAAATTTGA CTATCAATGG TAAATTTGTT 
CCATTCAATA ATATCAATGT TGAGACCGTG GTTTCCAAGT GGATTGGTCC TTATGAAAAC 
TGGGACAAGT TTTTCAAGAT TGTGGCACAA AAGGGGTATA ATATGATCCA TTTCACTCCA 
TTACAAGAAC GTGGTGAATC CGATTCCCCT TATTCGATTT ATGATCAATT GAAGTTTGAC 
CCGAAGATTT TCCCTGGCAG TGATAAAGAT GCTATACAAA AAATCCATAA AGTGTTAAAC 
GATAACCAAT TGTTGTCATT AACCGATGTC GTTTGGAATC ATACTGCCAA TAATTCTGAA 
TGGTTGAGAG AACACCCAGA TTCAGGTTAC AATGCTACTA CTGCCCCTCA TTTGATTCCA 
GCAATTGAAT TAGATGAGGC ATTGTTGGAG TTTTCCCACA GTTTGCAAGA ATTAGGTTTA 
CCAACAGTCC TTGAATCAGA AGCAGATTTA CAAAAAGTCA TGGACGGTAT TCAAACTCAC 
GTGTTGGATA AATTAAAATT ATGGGAATAT TATGTTTTCA ATAAAAGACA AACAATCGTT 
GACTTGGAAA AATCTTTTAA TGACAATAAG AACAATATCA ATAAAATCCA AATTCCTAAT 
GATGTCGACT CTCAAGATTT GAAACAATTG AGTGATTATG TTTTAAAAGT GGCCAATATC 
AATCCAACAC CTATTATAGG CGACAGATTT GCCAACAAGT TGAATGTTGA TAAATTTTTA 
GGGGTTTTAT TTACAGTATT TGATAACAAT GTTGAATTTG AAACCATTGC CAACAGGGCT 
GAAGAGATTA TTGATGAGAT AAATAGTGAT TTGTATGCTG CATTTGATGA TGATACCAAT 
AGTATCAAAC AACAAGTTGC CGATCGTATC AAATATTTGA GATTGGCTGA TAATGGGCCC 
AAATTAGGTG AAATCACTGA TAAATCACCA TTGACTGAAC CATATTTCAC CAGATTCACC 
GATGTTAATG GTAAAAAACA AGCTTTAGCC AATAATGGTT GGATTTGGGG AGGTAATCCA 
TTAGTTGATT TTGCTTCAAA TAAATCAAAG GCATATATTC GTCGAGAAGT TATTGTTTGG 
GGTGATTGTG TCAAATTGAG ATATGGTGAG AAATTTGAAG ACTCACCAGA AACATGGAAA 
CGTATGATTG AATATACTCA ATTGTCTGCC AAGACTTTCA ATGGGTTTAG AATTGACAAT 
TGTCATAGTA CCCCATTACA CGTTGGTGAA AGATTATTAG ATGAAGCAAG AAAAGTTAAT 
CCTAATCTTT ATGTCATTGC TGAATTGTTT AGTGGTTCTG AAGAAATGGA TAAAATTTTT 
GTCGAAAGAT TAGGGATCAA TTCATTGATT AGAGAAGCAA TGCAAGCATG GAGTGTAGGT 
GAATTATCTC GTTTAGTTCA TAAACATGGT GGTAGACCAA TTGGTTCGTT GACTTGGTTA 
CCATTAGATG ATTTCACTTA TCCTGCTGCT AATGAACCAG TCAAGGATAA ATTCATTGAT 
GGATATACCG AATTGGAAAT TCCTAAAGTG TTAACCTGTC AAGCTCCTCA TGCAATTTTC 
ATGGATTGTA CTCATGATAA TGAAATGCCA GCACAAAAGC GAACTGTTGA AGATACATTA 
CCTAATGCGG CATTAGTAGC ATTTTGTTCG TCGGCTATTG GGTCAGTTTT TGGTTACGAT 
GAATGTTATC CTAAATTGTT GAATGTTGTC AGTGAAACCA GACATTATGA TCTTGATAGT 
GATAATGGTA TTGGTAAGGT TAAAGCCAAA TTGAATAAAA TTAGAGATGA TCTTGTTCAA 
GAAAGTGAGG ACGTCACCCG TGATCATGAA ATGTATATTC ATCATGAAGG ACAATATATC 
ACTATTCAAA GATATAATGC AAGAACAGGT AACGGTTGGT TTTTAATTGC CAGAAGCAAA 
TTTTCTGATC ATGAGTCTGC CCAAGGCTTA TCACCATCAA TCCTTGGTGG CACTAAAGTG 
AAACATCAAT TTAGTTACAG TTTGATAAGA CAACCAGGTG ATTATGAATC ACAACAAGAT 
AAATTGACAG GTATTCCTGT ACAAGTTGAA GCTATTCAAA GTCCATCGAT CGAATACACT 
GATGATGGTG ATTCAATAAT TACTATTGAT GAAGCCTCGT TCATTCCTGG ATCTATTGCT 
GTTTTCTCCA CTGAAATTCC CGGAGTTGAT GTGAAATTAG ACAATTTTGT GAAACAAGGA 
GCCATTGAAG CATCGATTGG GTTAGATTTA TACGATTTGA ATGCCTTATT ATATCGTGCT 
TCCACTGAAG AATTGGATGC TAGTAATGGC AAAGATGATG TTTATGATAT TCCAGGGTAT 
GGAAGATTGA CATATGCTGG ATTGGAAGGT TGGAATACAG CATTGAAACA TGTCATTTGG 
CAAAATAATT TGGGTCATGC AATCTGTGAT CATTTACGAA ATGGTGATTG GGCTTTTGAT 
TATGTGGTTA ATCGATTAGA TAAATATGCC GCCAAACTGG AAAACTTATC AAAATTCCAA 
GATTGGTTAC GCTCTCGATT TGATGCTGTT AAAAAGAGCA AAGCGCCATA TTTCTTACGA 
CCACATTATT TTGCTCTTAT TATGGGTATT GCTTATGAAG CAGCCAGATT TAGAGTTATT 
AGACAAATGA GTGATGGAAT TAAAGTGGCT ACTAATTTTG TTCAAAGTCT TGCTCTCACA 
TCGGTGCAAA TGGTGGGGTA TATGCAAAAC ACTTCTTTAG TACCAGACAA ACAAGTGCCA 
TGTATGGCCG CTGGGTTACC TCATTTCAGT AATGATTATA TGAGATGCTG GGGTAGAGAT 
GTTTTCATTG CCTTTAGAGG GTTATTAATT GTCACTGGAA GATATGATGA TGCCAAACAA 
CATATTTTAG GATTTGCCAA GACTTTGAAA CATGGGTTAA TTCCTAATTT ATTGGATGCT 
GGACGTAATC CTCGTTATAA TGCTAGAGAT GCAGCATGGT TTTTCTTACA AGCGATTCAA 
GAATATGTTA CTTATGCTCC TAATGGTATT GATATTTTGG ATGAAAAAGT CACTCGTAGA 
TTCCCATTGG ATGATACTTA TATTCCAGTT GATGATCCCC AAGCTTTCAG TTATGAATCT 
TCCATTAGAG AAATCATTTA TGAAATTTTA TCACGTCATG CTAAAGGTAT TAAATACCGT 
GAAGCCAATG CAGGACCAAA TTTGGATTCA CAAATGAGAG ATGAAGGGTT CAATGTTGAA 
GTTGGAGTTG ATTGGACCAA TGGGTTAATC TATGGTGGTA ATCAATTCAA TTGTGGTACT 
TGGATGGATA AAATGGGTGA AAGTGAAAAA GCTCACAATA AAGGTATCCC AGGGACTCCA 
CGTGATGGAT CAGCAATTGA AATTCAAGGG TTATTGAAGA GTGCATTAAG ATTTGTTAAT 
AAATTACACA AACAAGGTAA ATTTGAATAT ACTAAAGTTA CCAAACCTGA TGGCTCTACT 
ATTTCGTTAG AAGATTGGGA ATCATTACTT GCTGAAAATT TTGAAAAACA TTATTATGTT 
CCTAAAGATC CCCAACAAGA TGATCAATAT GTTATTGATC CATCAATTGT TAATAGAAGA 
GGAATTTATA AAGATTTGTA TAATTCAGGA AAACCATTTG AAGATTATCA ATTACGACCA 
AATTTTGCTA TTGCCATGTG TGTTGCCCCT GAATTATTCA CTCCAGAAAA AGCTCTTGGT 
GCCATTATAA TTGCTGATAA AGCTATTCGA GGACCTATTG GTATGAGAAC ATTGGATCCA 
TCTGATTGGA ATTATCGACC ATATTATGAA AATTCCATTG ATAATGATGA TTTTGCTACT 
TCAAAAGGTA GAAATTATCA TCAAGGACCA GAATGGGTTT GGAATACTGG ATATTTCTTA 
AGAGCATTTT TATTATTCCA TCATTTAGAA GAAGAATCCA GCAAAGCATC TTCATCACTG 
CCATCGATTA AGATTTTGAC ATTATTGAAT GATAGATTAC AAGGACATAT AAAATGGATT 
AAAGAAAGTC CATGGAATGG ATTAACTGAA TTGACTAATA AAGATGGATC ATATTGTCAA 
GATTCAAGTC CTACTCAAGC ATGGAGTGGT AGTTGTTTAT TAGATTTATA TTATGATCTT 
TGGAATGATA AACATTTTCA ATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

Assembly of a phased diploid Candida albicans genome facilitates allele-specific measurements and provides a simple model for repeat and indel structure.
Genome biology14(9)R97(2013)
Muzzey D,Schwartz K,Weissman JS,Sherlock G

Assembly of the Candida albicans genome into sixteen supercontigs aligned on the eight chromosomes.
Genome biology8(4)R52(2007)
van het Hoog M,Rast TJ,Martchenko M,Grindle S,Dignard D,Hogues H,Cuomo C,Berriman M,Scherer S,Magee BB,Whiteway M,Chibana H,Nantel A,Magee PT

The diploid genome sequence of Candida albicans.
Proceedings of the National Academy of Sciences of the United States of America101(19)7329-34(2004 May)
Jones T,Federspiel NA,Chibana H,Dungan J,Kalman S,Magee BB,Newport G,Thorstenson YR,Agabian N,Magee PT,Davis RW,Scherer S

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GDB1 cDNA ORF clone, Candida albicans SC5314

Gene

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gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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